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Special Forums UNIX and Linux Applications High Performance Computing Building Linux cluster for mechanical engineering software Post 302919348 by figaro on Tuesday 30th of September 2014 04:33:50 PM
Old 09-30-2014
I think if you embark on something that has the potential to become quite large, you should not overreach. Start with something that works for you, even if not all the details are implemented yet. More than likely you will find that you do not need everything you listed.
You will get very far with Scientific Linux as you already mentioned. Have you also looked into Rocks Cluster (www.rocksclusters.org | Rocks Website), which has a lot of what you will need right out of the box.
 

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4S-BACKEND_SETUP(1J)						      4store						      4S-BACKEND_SETUP(1J)

NAME
4s-backend-setup -- Create a new 4store KB SYNOPSIS
4s-backend-setup kbname [--node node-number] [--cluster cluster-size] [--segments segment-count] kb-name --node Number of this node in the cluster, values range from 0 to cluster-size - 1. The default is 0. --cluster The number of nodes in the cluster. The default is 1. --segments The number of segments in the cluster. The default is 2. We recommend one for each CPU core in the cluster as a good starting point. Higher numbers tend to consume more resources, but may result in increased performance. NOTES
Once crated with 4s-backend-setup KBs should be started with 4s-backend(1) SEE ALSO
4s-query(1), 4s-size(1), 4s-httpd(1), 4s-backend(1), 4s-delete-model(1) EXAMPLES
$ 4s-backend-setup --node 0 --cluster 1 --segments 4 demo Creates the indexes for a single-machine KB with four segments, named "demo". 4store May 31, 2019 4store
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